Conductive Material TRIZ Cases
- Fluoropolymer Electrolyte Emulsion for High-Conductivity Membranes
An aqueous fluoropolymer electrolyte emulsion forms membranes with high proton conductivity while preventing softening and creasing.
- Silver Nanowire Polymer Compound for Drifting Prevention
Functional dispersants copolymerize with resin to anchor silver nanowires, preventing drift and eliminating extra carbon layers.
- Gallium Indium Oxide Luminescent Material with Metal Nanoparticles
Doping gallium indium oxide with metal nanoparticles resolves the contradiction between luminescent intensity and chemical stability.
- Gas Sensor Electrode Porous Structure Optimization
Porous gas sensor electrode disperses conductive and ceramic particles to create reaction fields, resolving high resistance from ceramic mixing.
- Side Sealing Device for Twin-Roll Casting Gap Control
An upward lifting force on the side weir counters downward friction from rotating mold rolls, suppressing gap formation and preventing molten metal leakage.
- Aluminum Paste Particle Shape for Solar Cell Bowing Reduction
Spherical aluminum paste reduces wafer bowing during firing to prevent cracking.
- Copper Alloy Covered Wire Rigidity and Weld Strength
Concentrically twisted copper alloy conductor with low surface oil content enhances rigidity and weld strength.
- Solar Cell Electrode Paste Silver Particle Specific Surface Area
Optimizing silver particle specific surface area in conductive paste resolves the trade-off between power generation efficiency and adhesive strength.
- Purifying PS-b-PXVP Block Copolymers by Lithium Salt Extraction
Selective dissolution removes lithium salts down to 1 ppm, enabling high-purity PS-b-PXVP for precise nanoscale pattern formation.
- Tin-Plated Copper Terminal With Nickel Coating For Low Insertion Force
A tin-plated copper-alloy terminal material uses a nickel-based coating layer to reduce the dynamic friction coefficient at the contact surface.
- Copper Alloy Wire Dual Fibrous Structure for High Strength
A copper alloy wire forms a dual fibrous structure with alternating phases to achieve high tensile strength.